Bringing Endpoint Security & Support Together for the Modern Workforce The Challenge: In today’s world, we’re all working from home, and we need to be able to access our computers remotely and get help from IT quickly. Traditional solutions have a lot of different tools, which can create security gaps, complexity, and high costs. The Solution: S3M ConnGuard NAC is the
Hospitals are among the most sensitive environments where cybersecurity and business continuity are critical. The management of vast amounts of sensitive patient data, critical medical devices, and interconnected systems make hospitals prime targets for cyber-attacks. A breach in hospital networks can have serious consequences, from compromising patient safety to incurring regulatory penalties. Network Access Control (NAC) plays a critical role in
Introduction In today’s educational ecosystem, technology is more than a tool – it is the backbone of operations, learning and innovation. Private schools and universities manage a mix of sensitive data, from student records to proprietary research. They also host a wide variety of devices, from faculty laptops to student smartphones, all connected to the institution’s network. This dynamic environment, coupled
The hospitality industry operates in an environment where seamless connectivity and data security are equally critical. From enabling Wi-Fi access for guests to managing operational systems such as property management systems (PMS), security cameras, and IoT devices, the network infrastructure in hotels is highly dynamic. This digital dependency makes hotels prime targets for cyberattacks, posing a significant risk to customer data,
How government agencies need to use network access control software As we live in an increasingly digital world, cyber security remains the backbone of national security. Government agencies entrusted with sensitive information and critical infrastructure face unique challenges in ensuring the integrity and security of their networks. One of the key measures used to secure these digital environments is NAC software.
Introduction Managed Security Service Providers (MSSPs) are at the forefront of helping enterprises maintain secure IT environments in the face of growing cybersecurity threats. Network Access Control (NAC) software plays a central role in MSSPs’ offerings, enabling them to secure network access, enforce policies, and manage compliance. By offering NAC-based services, MSSPs can not only expand their service portfolios, but also
IoT devices have become an emerging element in modern networks, but their security remains an issue. Integrating IoT security into Network Access Control systems is crucial to properly and effectively protecting networks. In this article, we will talk about IoT devices in Network Access Control. NAC solutions expertly identify and categorize IoT devices by implementing strict security protocols and access controls.
What Innovative NAC Brings? Network Access Control has long been a necessity in maintaining network security. But as we move through the era, we increasingly feel the limitations of legacy NAC systems. Innovative, next-generation NAC solutions aim to meet this challenge by offering advanced capabilities that far surpass their predecessors. Advanced Threat Detection and Response Next-generation NAC systems leverage advanced analytics
Network Access Control environment is evolving dramatically due to the incessant advancement of technology and the changing nature of the cyber world. Originally, NAC solutions focused primarily on defining network boundaries and controlling who could access the network. But as networks have become more complex and diverse to include cloud services, IoT devices, and remote workforces, NAC has also had to
The Challenge for Managed Security Service ProvidersMSSPs often face a significant hurdle: the lack of specialized tools for managing network security operations. Traditional NAC products do not cater specifically to the unique needs of MSSPs in the realm of cybersecurity. This gap presents challenges in efficiently protecting client networks from unauthorized access and potential threats, often leading to complexities in ensuring